Standalone Sputterers

Standalone sputterers are critical instruments for depositing thin films of materials onto substrates through a process of sputtering. These systems provide precise control over deposition parameters, including RF frequency for plasma generation, power ratings, and substrate temperatures, ensuring high-resolution and repeatable coatings.

  1. VARIAN 3190 SPUTTER SYSTEM

    Standalone Sputterers

    VARIAN 3190 SPUTTER SYSTEM

    Load locked single wafer sputter, cassette to cassette vertically mounted for sideways sputter Currently configured for 100mm wafers3 Target mini-quantumsRF EtchVIPS (Vacuum Isolated Processing Station)Residual Gas Analyzer

  2. MILL LANE ENGINEERING REEL COATER

    Standalone Sputterers

    MILL LANE ENGINEERING REEL COATER

    Reel Coater for Ribbon or Wire The model 412-3 is a two-chamber reel to reel web coater which deposits metal or alloys on wire or ribbon substrates by sputtering from two magnetron targets arranged in a closely spaced book array. Capacity is based upon 4" ID x 12" OD x 3" wide wire/ribbon spools. Wire diameter up to 0.035" (.9mm) may be coated at speeds ranging between 2 and 40 feet per minute depending on the coating thickness desired. Constant wire speed and tension are controlled in conjunction with other parameters which enable unattended operation for extended periods. A second chamber provides plasma pre cleaning prior to entering the sputter zone through a conductance limiting tube which allows different gas compositions and pressures for cleaning and coating.

Common Applications

thin-film deposition

coating semiconductors

manufacturing photonic devices

creating protective coatings

producing optical layers

developing solar panels

Buying Guide

Standalone Sputterers Buying Guide

Choosing a standalone sputterer involves considering several key technical and operational factors. This guide aims to provide insights into selecting the right system for your thin-film deposition needs.

Key considerations include understanding the specific materials and substrates you plan to work with, as well as the required deposition rates and film qualities.

  • Verify the RF frequency range and power ratings to ensure they meet your plasma generation needs.
  • Assess the system's capability to control substrate temperature and pressure settings for optimal film characteristics.
  • Consider the flexibility of the sputtering targets and the availability of multi-target configurations.
  • Ensure the system supports desired film thickness and uniformity requirements for your applications.

Frequently Asked Questions

What materials can be deposited using standalone sputterers?
Standalone sputterers can deposit a wide range of materials, including metals, alloys, and certain dielectrics, by controlling the sputter targets and process parameters.
How does RF frequency affect sputtering in these systems?
RF frequency is used to generate plasma, which is crucial for the sputtering process. The frequency impacts ionization efficiency and energy transfer to the target material, influencing deposition rates and film properties.
What are the power requirements for standalone sputterers?
Power requirements for standalone sputterers vary based on system design and operational needs but generally involve high voltage power supplies to sustain plasma generation and target sputtering.
What is the importance of substrate temperature control in sputtering?
Controlling the substrate temperature is vital as it influences the adhesion, morphology, and overall quality of the deposited film, allowing for better customization of the thin-film properties.